1. Your conclusion, though mainly correct, is based on figures for dry gas . 2. Field applications of dry gas seal designs were completed in 1952. 3. During telodiagenesis organic matter undergoes cracking and dry gas is produced; semi-anthracite coals develop. 4. Dry gas exits from the top of the tower.5. Non-contacting dry gas seals are often used on oil refineries, petrochemical and gas processing plants. 6. Reactions in aqueous phase are generally faster than between a dry gas and a dry solid. 7. US shale gas production in June 2011 was 21.6 billion cubic feet per day of dry gas . 8. When the technology is aimed at correcting the problems with dry gas film environments by eliminating friction. 9. In dry gas flows the recovery is greater than in wet gas flows due to the liquid component. 10. Dry gas is exported via Europipe II to Dornum in Germany and via Statpipe and Norpipe to Emden.
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